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Lin Q, Ma L, Liu Z, Yang Z, Wang J, Liu J, Jiang G

Clin Diagn Lab Immunol 12:13871392

For example, prostate cancer and B-cell lymphomas promote FAO as the main source of energy production and express FAO enzymes at high levels, even under nutrient-replete conditions 10,11

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Laboratory and preclinical studies have documented the following research applications and observed effects: Cellular Pathways Studied: Melanocortin-1 receptor (MC1R) selective activation and cAMP signaling Tyrosinase enzyme induction and melanin biosynthesis pathways Adenylyl cyclase activation and protein kinase A (PKA) downstream signaling Melanocyte proliferation and differentiation regulatory mechanisms Mechanisms of Action: High-affinity selective binding to MC1R with minimal off-target receptor activation Stimulation of melanogenesis through cAMP-dependent transcriptional regulation Enhancement of melanocyte dendricity and melanosome distribution Modulation of UV-protective responses in skin cell experimental models Research Applications: Melanocortin receptor selectivity and pharmacology studies Intranasal peptide delivery and bioavailability research Melanogenesis pathway investigation in melanocyte culture systems Comparative studies with other melanocortin receptor agonists Experimental Models: In vitro: Primary melanocytes, B16 melanoma cells, MC1R-transfected cell lines Ex vivo: Skin explant cultures, nasal epithelial tissue preparations In vivo: Laboratory animal models for melanocortin system research and nasal absorption studies Biochemical assays: Melanin quantification, cAMP measurements, tyrosinase activity, receptor binding studies Research findings contribute to understanding melanocortin receptor biology, intranasal peptide delivery mechanisms, melanogenesis regulation, and selective receptor agonist development in controlled laboratory environments